HYDRONICS FOR WOOD-FIRED HEAT SOURCESDownload
The term biomass is often heard these days. It broadly refers to any energy source derived from recently living organisms. Common examples include methane from landfill waste, animal residues, dried corn, biodiesel fuels and ethanol. Wood is also a biomass, and a focus of this publication. As a heat source, it is renewable, widely available (especially in non-urban areas), does not require a conversion process to produce and has physical properties compatible to both residential and commercial heating.
Over the past 30 years, engineering advancements in wood-fired heating systems have led to improved energy efficiencies and dramatically reduced emissions. As a result, wood systems have experienced renewed popularity in North America. Coupled with increased public environmental awareness, wood-fired-boilers and furnaces have the potential for significant growth in the coming years.
A key enabler for widespread adaption, however, is that wood systems must reliably deliver heat when and where it is needed within a facility. Hydronics is the best technology available for accomplishing this. In this issue, we explain how to leverage state-of-the-art hydronics technology with today's various wood-burning devices to provide maximum comfort, efficiency and convenience.